Room IT-Lab : ITL 204
Email lintu@nitc.ac.in
Office Phone 04952286733
Mobile 9495807919
Home Address House no. FD-2. NITC Campus
Areas Of Interest Semiconductor device fabrication and modelling. gas sensors, Sensors, Thinfilms, Nanotechnology, MEMS

B. Tech- Electronics and Communication Engineering (2005-2009)

M. Tech-VLSI Design (2009-2011)

Ph.D- Thesis titled"Design and Characterization of Zinc Oxide thin film based Schottky diodes for Hydrogen Sensing Applications"

from NIT Jaipur (2012-2017)

S. No.

 Title of the Paper

Author(s)

Name of the Journal

Vol.& Year

Pages

1

Comprehensive Study on Electrical and Hydrogen Gas Sensing Characteristics of Pt/ZnO NanocrystallineThin Film-Based Schottky Diodes Grown on n-Si Substrate Using RF Sputtering

Lintu Rajan,

C.Periasamy

Vineet Sahula

IEEE Transaction on Nanotechnology

15, 2016

201-208

2

An Investigation on Electrical and Hydrogen Sensing Characteristics of RF Sputtered ZnO Thin-Film with Palladium Schottky Contacts

Lintu Rajan,

C.Periasamy,

K.Vijayakumar

VineetSahula

IEEE Sensors Journal

17, 2017

14-21

3

An in-depth study on hydrogen sensing characteristics of ZnO thin film with RF sputtered gold Schottky contacts

Lintu Rajan,

C. Periasamy,

K. Vijayakumar

Vineet Sahula

IEEE Sensors Journal

19, 2019

3232-3239

4

Electrical characterization of Au/ZnO thin film Schottky diode on silicon substrate

Lintu Rajan,

C.Periasamy

Vineet Sahula

Perspectives in Science, Elsevier

8, 2016

66-68

S. No.

 Title of the Paper

Author(s)

Name of the Conference

Venue & Date

1

ZnO Schottky Thin Film Transistors: Single Gate and Dual Gate Frameworks and Electrical Characterizations: A Comparative Analysis

Sukanya Ghosh

Lintu Rajan

International Conference on Innovative Trends in Information Technology (ICITIIT-20)

Indian Institute of Information Technology Kottayam.

13&14 February 2020

 

2

Device Design Space Exploration of Zinc Oxide thin film based Hydrogen Sensors using machine learning.

LintuRajan,

C.Periasamy

VineetSahula

IEEE SENSORS 2019

Montreal, Canada

October 26-29, 2019

3

Influence of Gate Dielectrics on Electrical Characterization of ZnO Schottky Thin Film Transistor

 

Sukanya Ghosh

Lintu Rajan

Third International Conference on Computing and Network Communications (CoCoNet’19)

Indian Institute of Information Technology and Management,

18 Dec - 21 Dec 2019.

4

Structural and optical characteristics of RF sputtered ZnO thin film on Si substrate

LintuRajan,

C.Periasamy

VineetSahula

12th IEEE INDICON

(Best paper award)

New Delhi,

17-20 December 2015

5

Electrical characterization of Au/ZnO thin film Schottky diode

LintuRajan,

C.Periasamy

VineetSahula

International conference on Engineering and Material Science

March 17-19 2016, JNU , Jaipur

6

Noble metal Schottky contacts on RF sputtered ZnO thin film

LintuRajan,

C.Periasamy

VineetSahula

IEEE Conference on emerging devices and smart systems– ICEDSS 2017

Chennai,

March 2017

7

Application of Concept Algebra in making inferences and machine learning

LintuRajan,

C.Periasamy

VineetSahula

IEEE Workshop on computational intelligence

July 14, 2013,

IIT Kanpur

8

VLSI Implementation of BWT for Memory reduced Distributed Arithmetic Architecture

LintuRajan

RemyaAmrita

Shiny.C

 International conference on Advances in Communication, Network, and Computing

February 24-25, 2012,

Chennai

9

CMOS photonics for high speed interconnects

LintuRajan

International conference on VLSI and Communication

17-18 April, 2009

Ms. Sukanya Ghosh

Mr.Arjun Hari

Mr. James Raja

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